Mud construction involves mixing soil with water to create a building material. The soil is often collected from the land where the building will be constructed. Red oxide flooring is made from a mixture of cement and iron oxide pigments. It's a popular choice for homes, offices, and commercial spaces. Athangudi tiles are ecofriendly handmade floor tiles , named after Athangudi, the village where they originated and are made. Athangudi is a manufacturing place located in the Chettinad Area of Tamil Nadu. Athangudi tiles also known by the names such as ‘Chettinad tiles’, Karaikudi tiles’, portrays an incredible and classic expression of the legacy Of Chettinad. These tiles are used in the Chettinad area for more than 100 years. Many families in the village are involved in the tile making and they depend on this craft for their livelihood. This traditional craft has been passed over generation from older to younger hands.

Athangudi Tiles are manufactured from locally available materials such as river sand, cement and naturally occurring oxides, hence very sustainable. Originally, lime was used for making Athangudi Tiles. The following are the ingredients used for the making of Athangudi Tiles:

For laying red oxide floors, the first step is to mix dry cement and oxide. Next, slowly add water to get a slurry-like consistency. For one part oxide, up to three parts of grey cement will give a dark red hue. Increasing the quantity of cement will result in a lighter shade.

The basic construction method begins by digging a trench. After the foundation is laid, each successive layer will have one or more strands of barbed wire placed on top. The weight of this earth-filled bag pushes down on the barbed wire strands, locking the bag in place on the row below.

Interior Designing and Interior Decorating are two very different fields which are commonly mistaken for the other. The Designer creates space and the Decorator enhances it.

Refers to the specific design and specifications outlining how structural components like beams, columns, and walls are securely attached to and supported by other elements within a building, including the type of fasteners, anchors, brackets, and connection methods used to ensure stability and load transfer throughout the structure.